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Place glass-production barcodes where they remain readable and traceable without contaminating a critical coating or bonding surface.
Updated · NANOLAB Knowledge

A barcode can improve traceability but create a new surface problem if its label touches a critical coated area. Decide label location and removal before production starts, including what happens after packing.
Map treated faces, bonding zones, visible installed areas and permitted handling regions. Agree the identification method with the glass and coating process owners. A label that is harmless on one untreated substrate may leave an unacceptable mark on another finish.
Use the intended label, printer, adhesive and storage conditions on representative material. Check readability before and after the actual holding and packing sequence. Evaluate removal using the supported procedure, followed by dry-surface inspection.
| Stage | Check |
|---|---|
| Application | Correct pane and permitted location |
| Handling | Code remains linked to the pane |
| Removal | No unacceptable residue or finish change |
Provide a human-readable identifier or another approved recovery route. A damaged barcode should trigger identity resolution, not a guess based on pane size. Avoid printing a replacement code until the underlying identity is confirmed.
If identification moves from the pane to a sleeve or rack, verify the transfer at the same time. Shared packaging without component-level mapping can break traceability even when every barcode scans correctly.
The useful outcome is continuous identity with an acceptable final surface. Scan speed alone is not a complete measure of a successful identification system, particularly where coating, adhesive and installed appearance have different requirements.
Discuss a shower-glass coating project. For application and care, use the current instructions for the exact product.

Product Use per Pane when Glass Sizes Vary: Normalise by Coated Area